As a result of continuous economic growth, urbanization and industrialization there has been increase in volume and types of solid and hazardous waste particularly in developing countries. Many Nigeria cities and towns are facing problems of effective collection of garbage from homes and streets the situation that make Nigerians to be permanently accustomed to dirt environment. Based on this background, the paper examines the waste conditions and disposal as well as the influence on the environment in term of cleanliness at Ado Ekiti in Nigeria using both primary and secondary sources of data collection which were subjected to descriptive statistical analysis. The evidence of the result can be clearly seen every day by way of indiscriminate discharge of garbage into drains and at times on the highways due to ineffective ways of waste management in the town. The paper therefore recommends integrate waste management system as an option towards a clean city.

1. IOSR Journal of Mobile Computing & Application (IOSR-JMCA)
e-ISSN: 2394-0050, P-ISSN: 2394-0042.Volume 2, Issue 2. (May. - Jun. 2015), PP 08-14
www.iosrjournals.org
DOI: 10.9790/0050-0220814 www.iosrjournals.org 8 | Page
Integrated Solid Waste Management as Panacea for a sustainable
Clean City in Nigeria: A Case Study of Ado Ekiti
Tpl. Sanmi Adeoti (Mnitp, Rtp) Arc. Anthony Peter (Mnia)
Department of Urban and Regional Planning, The Federal Polytechnic, Ado Ekiti ,Nigeria
Department of Architectural Technology, The Federal Polytechnic, Ado Ekiti, Nigeria
Abstract: As a result of continuous economic growth, urbanization and industrialization there has been
increase in volume and types of solid and hazardous waste particularly in developing countries. Many Nigeria
cities and towns are facing problems of effective collection of garbage from homes and streets the situation that
make Nigerians to be permanently accustomed to dirt environment. Based on this background, the paper
examines the waste conditions and disposal as well as the influence on the environment in term of cleanliness at
Ado Ekiti in Nigeria using both primary and secondary sources of data collection which were subjected to
descriptive statistical analysis. The evidence of the result can be clearly seen every day by way of indiscriminate
discharge of garbage into drains and at times on the highways due to ineffective ways of waste management in
the town. The paper therefore recommends integrate waste management system as an option towards a clean
city.
Keywords: Cleanliness, Environment, Management, Waste, Urbanization
I. Introduction
Cities are considered as economic engines, centres of innovations and culture which attract people to
themselves for living, work and study. They are incubators where new ideas emerge, where capital accumulates
and where trends in culture, lifestyle and entertainments are produced. Generally, city as pointed out in “[1]” is
considered as the primary source of growth and innovation where the world`s business, financial and human
capital are concentrated.
Incidentally, the growing urbanization, occasioned by the high rate of natural increase, rapid economic
development and the in-built momentum for growth has led to urban waste crisis. The high level of
indusrrialisation made developed countries to generate more of waste component that are less degradable. It has
also been emphasized that the quantity of solid waste generation in the economically advanced countries is
higher than in the developing world while paradoxically developing countries have recorded more failure in the
effort to manage the solid waste generated effectively. This does not only lead to the rising volume of waste but
contributes much to the indiscriminate dumping of waste in our cities particularly the pure water sachet that
litter our roads and dot the city landscape.
The scenario did not only make the dream of almost every person in the world particularly in
developing countries to live in clean cities to be a mirage but equally constituted the mix-match effects of the
aesthetic look of our cities as well as serious health hazard. For instance, as pointed out in “[2],” Switzerland top
the list of the world clean cities with overall Environmental Performance Index score of 95.5% while Accra is
rated as the cleanest city in West African. In fact, Nigeria is still to compete at global level to reach that status.
There is no doubt that Lagos which is the most populous city in Nigeria is only trying to be clean by ensuring
that all solid waste generated in the city are effectively collected and disposed of in sanitary manner while street
furniture open space landscape and beautification exercises are carried out [3]. At the same time many other
cities like Calabar, Uyo and Owerri are making effort to create and maintain clean cities with varying degree of
success [3].
Based on the above facts, the paper consider the concept of integrated sustainable waste management
to examine the challenges of clean city in respect to the municipal solid waste management at Ado Ekiti and
come out with recommendation that could make the people to live in a clean environment.
II. Conceptual Framework and Literature Review
The concept for this paper is Integrated Sustainable Waste Management (ISWM). It is a framework that
was first developed in the mid-1980s by WASTE, a Dutch NGO. It is also recognized as a systems approach
with three important dimensions, namely the stakeholders, the elements and the aspect.

2. Integrated Solid Waste Management as Panacea for a sustainable Clean City in Nigeria: A Case Study of Ado…
DOI: 10.9790/0050-0220814 www.iosrjournals.org 9 | Page
The stakeholders are the people or organization with a stake or interest in solid waste management. The
elements are the technical components of a waste management system consisting of a variety of activities,
involving reduction, reuse, recycling and composting, operated by a variety of stakeholders. Aspect of the
management system includes the entire operational, financial, social, institutional, political, legal and
environmental issues which can be used for assessing the situation, determining feasibility, identifying priorities
and setting adequacy criteria.
Available records reveal that the world is not only experiencing rapid population growth, but equally
witnessing high rate of urbanization and undergoing urban growth as well. For instance, the population of the
world as in “[4],” pointed out that it took hundreds of thousand years for the world population to reach 1 billion
and in just another 200 years or so it grew sevenfold. In 2011 the global population reached the 7 billion mark
and it is projected to climb over 9 billion by 2050. Likewise, as also pointed out in “[5],” the proportion of the
world population living in the urban which was only 3 percent in 1800, by 1900 almost 14 percent were
urbanites of which 12 cities had 1 million or more inhabitants while in 1950 about 30 percent of the world
population resided in urban centers with numbers of cities of million people grown to 83. In fact, available
records as in “[6],”revealed that in 1950 about 733 million people or 29 percent of world population lived in
urban areas and by 2005 the people had reached about 3.172 billion or 49 percent of the world population and
projected to hit 4.9 billion or 61 percent by 2030.
Increase in population as a result of urbanization and industrialization together with the rising standard
of the living of citizens contributed a lot of the growth and variety of waste being generated daily in our cities It
is estimated that in 2006 the total amount of municipal solid waste (MSW) generated globally reached 2.02
billion tones, representing a 7% annual increase since 2003 [7]. It is further estimated that between 2007 and
2011, global generation of municipal waste will rise by 37.3%, equivalent to roughly 8% increase per year. At
the same time as pointed out in “[8],” the amount of waste generated in Lagos rose from 50 metric tones in 1960
to over 150 metric tons in 1971. However, with the ever increasing population, which is estimated to be over 15
million, Lagos, the country’s commercial nerve centre has been trapped in mounting heaps of waste,
Unfortunately, the increasing volume of waste as a result of developmental changes in our cities does
not only make effective waste disposal a failure but equally the waste the main sources of environmental
challenges, particularly in keeping a clean city. This is due to the fact that waste evacuated, perpetually lag
behind the rate of generation of waste. The data as in “[9],” shows waste collection rates for cities in low- and
middle income countries generally in the range of 10-90%, which means that large portions of the population
receive no services at all, and much waste ends up in the environment pollution and uncleanness. At the same
time, it is estimated that between 30 and 50 percent of garbage in urban areas of Africa cities remain
uncollected. The explanation as in “[10],” clearly indicated a change in East Africa from an efficient Municipal
solid waste management (MSWM) system of the colonial days as a result of the lower urban population and
adequate resources to the current status that displays inefficiencies. As a matter of fact, in most urban areas only
a small fraction of the wastes generated daily is collected and safely disposed. For instance the percentage
collected for Nairobi, Kampala and Dar es Salaam respectively are as in “[11],” 45% ,”[12];””[10]” 43%
and”[13],” 30%. The situation is the same in West Africa. For instance, as observed in “[14],”Accra which
generated between 1500 and 1800 tons of waste per day could only disposed 1200 tons per day and attributed
this to poorly maintained equipment and road design. In Nigeria the rate at which waste is being currently
generated is about 70 percent as compared to the total rate of its disposal which is 30 percent with dehumanizing
effect.[15]

3. Integrated Solid Waste Management as Panacea for a sustainable Clean City in Nigeria: A Case Study of Ado…
DOI: 10.9790/0050-0220814 www.iosrjournals.org 10 | Page
In fact, government has to face a lot of problem in keeping cities clean and clear particularly in
developing countries. This is simply because management of solid waste for a clean city really demands huge
fund. Solid waste management as explained in “[16],” represents 20-50% of a city’s budget, with 80-90% of
that spent on waste collection. The urban areas of Asia were estimated to spend about $25 billion on solid waste
management each year in 1998,”[17]” Unhealthy and poor environment costs the federal government of Nigeria
a whopping $50 million about N10billion (Naira) annually”.[18]” Hence, clean cities spend a substantial
proportion of their available recurrent budget on solid waste management.
Available records revealed that most of the clean cities of the world are in developed world
particularly north of equator. For instance, as pointed out in “[19],” 23 of the clean cities are located above the
equator while only two were below, making the north cleaner than the south. According to the World Bank
except New Zealand all other clean cities countries are super rich. As a matter of fact, excellent infrastructure
good planning energy production recycling are some of the key points that normally looked upon when a city is
being considered for cleanest
III. Study Area and Methods
The study area is Ado Ekiti, the state capital of Ekiti State. The metamorphosis of the town from local
government headquarter to state capital actually led to the transformation of the physical landform of the town
through the establishment of some higher institutions, promotion of economic activities in terms of commercial
activities and light industries. All these equally contributed immensely to the population growth of the town. For
instance, the past population census revealed that the population of the town which was about 20,000 in 1921,
rose to over 150,000 in 1963, jumped to almost 400,000 by 2006 population census and projected to 500,000
for 2015. The rapid population growth tremendously influenced the physical development and expansion of the
town. For instance, as in “[20]” the area of the town increased from 6.9km2
in 1961 to about 36.7km2
in 2006.
Based on this development, the housing stocks in all the 20 enumeration wards of the town are now currently
projected to about 5000.
The method for the study area involved primary and secondary survey. The primary survey was
designed to collect data on how waste are generated and disposed at working and living area of respondents
across the 20 wards of the city. The secondary data takes account of relevant data of agencies involved in waste
management. The design instruments for the survey are Field Observation, Questionnaires and well structured
interview. The field observation takes account of the strategic locations of waste bins and indiscriminate waste
dump spots across the city. A total number of 480 questionnaires were distributed to households in all
systematically sampled buildings in the 20 wards of the town. The sampled buildings were based on the size of
these wards. In the core areas of the town where the size of these wards are small, twenty buildings were
sampled in each ward while twenty five buildings were sampled in each other wards of the town.
The collected data were analyzed using the descriptive statistics. The descriptive analysis involves the
use of quantitative tables for the presentation of the data.
IV. Result of Findings
The research findings of the paper were divided into four major sections, namely the socio-economic
background of the respondents, waste analysis, waste management and Environmental conditions.
Socio-economic background: The result of the findings as indicated in Table 1 revealed that about 52 percent
of the respondents have tertiary education as background and it is closely followed by secondary education.
Unfortunately, majority of these respondents were low income earners with salary less than 50,000 Naira per
month. As a matter of facts, those that earn over 100,000Naira per month were less than 10 percent. The
findings equally revealed that institutions formed the major bedrock of economic activity of the respondents in
the
. Table 1: Social-economic background
Background Total respondent Percent
Education
Primary 31 6.45
Secondary 199 41.47
Tertiary 250 52.08
Economic activity
Commercial 104 2.91
Industrial 72 5.63
Institution 294 61.25
Income
Less than 50,000 278 57.91
Between 500000-100000 137 28.54
Over 100000 65 13.54
Source: fieldwork 2015

4. Integrated Solid Waste Management as Panacea for a sustainable Clean City in Nigeria: A Case Study of Ado…
DOI: 10.9790/0050-0220814 www.iosrjournals.org 11 | Page
Waste analysis: From the analysis shown in the table below, it is obvious that organic waste food products were
highly rated by 75 percents respondents in the town. This was followed by rubber/plastic related materials with
45 percent respondents.. It was also noted that residential area formed the major source of solid waste. At the
same time, industrial activity contributed the least percentage of solid waste. Majority of the respondents
considered self disposal of waste as the most common disposal system and this was followed by public waste
disposal system.
Table 2: Waste analysis
Highly rated Average rated Least rated
Type of Waste Respdt No Percent Respdt No Percent Respdt No Percent
Organic food product 360 75 120 25 - -
Rubber/Plastic product 67 13.96 216 45 197 41.07
Paper product 52 10.83 185 38.54 243 50.62
Metal/Glass product - - 15 3.12 465 96.88
Source of Waste
Residential 427 88.96 53 11.04
Commercial 38 7.92 250 52.08 192 40
Industrial 17 3.54 463 96.46
Institutional 14 2.92 178 37.08 283 60
Method of Disposal
Self disposal 480 100
Public disposal - - 380 79.17 100 20.83
Private disposal - - 100 20.83 380 79.17
Source: fieldwork 2015
Environmental condition The respondents’ analyses of the environment indicate that about 68 percent have
unkept road network while 5 percent are not connected with road network. Although 68 percent respondents
indicate non- availability of river channel in their environment while 32 responded that their environment has
polluted river channel. However 46 percent respondents experience unkept water drainage in their environment.
According to the available data, almost 85 percent respondents indicated that their environment lack public
waste bins and at the same time 52 percent respondents have their environment blessed with unkept vacant land.
Table 3: Environmental conditions
Not Available Available but unkept Available and well kept
Respdt No Percent Respdt No Percent Respdt No Percent
Road network 24 5 326 67.92 130 27.08
Water drainage 153 31.88 220 45.83 107 22.29
River channel 302 62.91 154 32.08 24 5
Public waste bin 408 85 57 11.88 15 3.12
Vacant land 182 37.91 249 551.88 49 10.21
Source: field work 2015
Waste management analysis: The management of waste was sole responsibility of state government through
Ekiti State Waste Management Board until 2010 when selected private companies were allowed to participate in
the management of solid waste in the town. The board initially made provision for twelve waste bins which
were strategically distributed across the town and in 2014 another batch of fifteen were added. It is equally
important to note that the number of sweepers employed to maintain the major streets stood at one hundred and
twenty in 2003 and rose to two hundred and fifty in 2014.
The town had only one dumpsite as at 2007 and became three in 2014. The number of vehicles engaged for
disposal of waste to the dump site increased from three in 2003 to twelve in 2014 while the drivers employed
jumped from three in2003 to fifteen in 2014.
Table 4:Waste management analysis
2003 2007 2010 2014
No of Agency 1 1 4 3
Staff
Sweepers 120 150 200 250
Drivers/Operators 3 6 15 15
Operators Assistant 7 12 32 32
Adm staff
Vehicles
Tipper - 2 3 3
Tractor 3 3 6 6
Trunks - - 2 3
Tricycles - - - -

5. Integrated Solid Waste Management as Panacea for a sustainable Clean City in Nigeria: A Case Study of Ado…
DOI: 10.9790/0050-0220814 www.iosrjournals.org 12 | Page
Levelers - - - -
Waste Depot
Landfill - - - -
Dumpsite 1 1 2 3
Recovery - - - 1
Capital budget 3400000 1200000 2500000 4600000
Sources: Author compilation
V. Discussion of Findings
The facts that the town witnessed rapid population growth, physical development and expansion over
the years tell much on the amount of waste being generated. This is simply because as population increases the
waste generation increases. At the same time, organic products of domestic food remnants popularly known as
garbage formed the major waste generated as a result of the fact that residential sector was rated the highest
generator of waste.
Unfortunately, majority of these wastes which are self disposed is a clear indication of low
participation of all stakeholders particularly the NGO and donor agencies. As a matter fact, the low participation
of all stakeholders actually contributed much to non availability of public dustbins in residential areas and
therefore made dropping of waste in drainage and water channel to be a popular phenomenon as could be seen
in the plate below.
Plate 1: Ureje River with solid Pollutants
Source: Fieldwork 2015
The aspect of waste management in the town has nothing to write home about as a result of ineffective
legislations and the altitudinal behavior of the people. These ineffective legislations and lack of control of
human behaviors have no doubt contribute immensely to improper handling of waste which has become obvious
in waste management where the existing system appears to be incapable of coping with the mountain of waste
generated and heaped on the road side as shown in plate two . The situation of shortage of fund allocation as
well as improper organization structure and control eventually become the main sources of environmental
challenges, particularly in keeping a clean cit
Plate 2: Illegal waste disposal and Legal dumpsites

6. Integrated Solid Waste Management as Panacea for a sustainable Clean City in Nigeria: A Case Study of Ado…
DOI: 10.9790/0050-0220814 www.iosrjournals.org 13 | Page
For instance, the shortage of personnel coupled with inadequate plants and equipments are indicators
of poor evacuation and transportation system of waste management as shown in plate 3.The situation has
resulted to mountains of indisposed waste at various located waste bins that were lopsidedly distributed against
the residential areas where waste are heavily generated. The fact that recovery process in the town is still at
infancy stage make sorting of waste to be alien. At the same time, lack of landfill has led to the indiscriminate
dumping of waste at dumpsites which has not only resulted to mountains of refuse but equally constitute another
environmental pollution. (See also plate 2)
Plate 3: The poor transport method
Source: fieldwork 2015
VI. Conclusion and Recommendations
Obviously, increasing population of cities and urban settlements has no doubt contributed a lot to the
growth and variety of waste being generated daily by their citizens. It is also observed that poverty, altitudinal
behavior, low level of environmental awareness and poor governance actually led to the ineffective waste
management system. At the same time, this has made continuous indiscriminate disposal of solid waste to be the
order of the day which in turn makes the town unclean.
In order to address these challenges, the following issues must be addressed:
 Government must not only enact waste management laws they must educate the public properly about the
laws especially youth in the school. There must be adequate enlightenment campaign for the adult on the
importance and method of achieving clean environment. In order to keep the major routes free of refuse,
government must make provision for adequate litter bins along the route at reasonable distance for
pedestrians to drop their waste and also ensure regular collection and maintenance. At the same time,
government is expected to take care of the proper collection of refuse in various offices and institutions.
 The local government which is the nearest organ to the people must rise to its constitutional role of waste
management by purchasing enough disposal bins to be placed at various locations within the residential
district where it will be convenient for residents and be accessible to local government disposal van. The
local government must also employ more hands for collection of waste from individual home with payment
of token fees for the evacuation exercises.
 The participation of private sector in the management of solid waste is imperative. In this respect, the
collection of waste at the commercial district of the town should be the responsibilities of private waste
management agency. The agency will have to negotiate with the people of the district in terms of
agreement for the collection of the waste.
 The treatment of waste and resources recovery should be the responsibility of both the private and public
sectors. The State Waste Management Board should be well funded to take adequate care of all dumpsites
and to procure necessary equipment and tools for the provision of a sanitary landfill that could be properly
treated and maintained. At the same time resource recovery methods of waste disposal such as composting,
recycling and re-use should be emphasized. This will ensure the full exploitation of the long-neglected
energy material potentials of solid wastes.

7. Integrated Solid Waste Management as Panacea for a sustainable Clean City in Nigeria: A Case Study of Ado…
DOI: 10.9790/0050-0220814 www.iosrjournals.org 14 | Page
References
[1]. Bacel. Basel convention, www.basel.int
[2]. Sridhar,M. K. C. (2014). The Conceptual and Global Overview of Clean Cities: Issues and Challenges of Building Clean Cities
Being the Text of a Paper Presented at 16th
Edition of Mandatory Continuing Professional Development of NITP/TOPREC at
Yenagoa, Ado Ekiti and Minna during the month of April, May and June respectively
[3]. Kabir M. Y. (2014) Building Clean Cities: Bridging the Green and Brown agendas Being the Text of a Paper Presented at 16th
Edition of Mandatory Continuing Professional Development of NITP/TOPREC at Yenagoa, Ado Ekiti and Minna during the month
of April, May and June respectively
[4]. The 2012 Revision, online of world population prospects by Estimate and UN Population Division.
[5]. The 2007 United Nations Revision, world Urbanisation Prospects.
[6]. Fadare, wale and Daramola O. {2008}, Multi-Sectoral Approach to Urban Growth Management in Africa Journal of Nigerian
Institute of Town Planners 21 {2}
[7]. Global Waste Management Market Report {2007} www research and market. Com/report/-/
[8]. Madike L. {2007} Private Sector and Solid Waste Management in Lagos Thursday January
[9]. Un Habitat, (2010) Solid Waste Management in the World cities, pre publication.www.unhabitat.org
[10]. Okot-Okumu, J., & Nyenje. R., 2011. "Municipal solid waste management under decentralisation in Uganda." Habitat International
35, pp. 537 543
[11]. Rotich, H. K.; Yongsheng, Z; & Jun, D., 2006. Municipal solid waste management challenges in developing countries: Kenyan case
study. Waste Management 26 (1), 92-100
[12]. Kaseva, M.E., & Mbuligwe, S.E., 2005. Appraisal of solid waste collection following private sector involvement in Dar es Salaam.
Habitat International 29, 353-366.
[13]. Oberlin, A.S., & Sza´nto´ G. L., 2011. Community level composting in a developing country: case study of KIWODET, Tanzania.
Waste Management & Research. 29(10) 1071–1077
[14]. Bordi K, Kuitunere M (2003) Municipal solid wate Management in the Accra Metropolian area The Environmental 23: 211-212
[15]. Edu. N. (2003), Environmental Waste and Management, Ushier Printers and publishing Ltd Calabar
[16]. UNEP (2007) Developing Integrated Solid Waste Management Plan Training Manual Vol 4
[17]. World Bank 17. World Bank website (undated). Urban solid waste management homepage
[18]. Rep. Nasidi Adamu Yahaya, 29 July 2008 http:// allafrica.com/stories/200807290311.htm
[19]. Forbes (2007) World’s cleanest cities. http: //www.forbes
[20]. Afolabi, O. (2006) Urban Expansion Study using Geographic Information System (GIS) and Remote Sensing Method: A Case
Study of Ado Ekiti, Environ-Link A Journal of Physica and Environmental Development, Vol 1, No 1, pp79-86.